Writing
The University of Chicago Shlieren Optic Calculations Project Research Paper

The University of Chicago

Question Description

Help me study for my Physics class. I’m stuck and don’t understand.

I havnt done the setup for this project yet however I also needed to double check the parts I have selected for my setup and doing the research paper.

- I need to know if I did select the right lens for the camera, so need to show calculations for that.

- After I get confirmation and calculations on the lens can you sent me a reply and I have resources in the word doc for doing the research paper.

- I will also attach a PDF for the format of how the research paper should be.

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SHLIEREN OPTIC PROJECT

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Schlieren Optics: Come to See Air Flow!
Course
Date

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Abstract
This paper describes a research study done in the University of Texas at Tyler by an
standing wave works. A standing wave is when there are two wavelengths, both having the same
amplitude and frequency: however, travelling in the opposite direction. To further understand
this study, the research team put together a setup to demonstrate Schlieren Optics. In a previous
study (Campbell, J., 2017, para. 4) described Schlieren as optical inhomogeneities in a
transparent material, not necessarily visible to the human eye. Among the above mentioned
include the factors that come as a result of the refraction of light. This paper consists of a brief
introduction to this phenomenon, its applications on engineering and other industries, and an
explanation of the simple linear link that falls between the air density and the refractive index.
This paper also covers a section for the selection of the material and the procedure of setting up a
similar system under the same conditions described in this previous study.
Keywords: Children, optics, system, refractive, index, density, deflection

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Schlieren Optics: Come to See Air Flow!
Introduction

Schlieren Optics are systems built on an optical technique with the ability to enable one to
see and measures the changes in the refractive index of either air as well as transparent media
flows. This technique has evolved from the most basic types to more advanced systems, that are
developed to bring new applications on engineering and aerospace industries, allowing not only
determine the characteristics of the airflow itself but also to evaluate how an object behaves in
specific airflow environments. As pointed in another article (Critchley, 2018), the actual
applications of Schlieren systems are: testing models of proposed aircraft and engine components
in the aerospace, checking for variations in thickness at different points across the surface of
glass panels, measuring various aspects and processes in combustion engines and determining...

strongboss5 (4960)
Duke University
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